Registering and recording mechanish



F. L. FULLER.

REGISTERING AND RECORDING MECHANISM. APPLICATION FILED SEPT. 2, 1915.

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APPLICATION FILED SEPT. 2, I915.

Patented Aug. 5, 1919.

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mn'ii Patented Aug. 5, 1919.

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I n m APPLICATION FILED SEPT. 2.19I5. 1,311,884.

F. L. FULLER.

REGISTERING AND RECORDING MECHANISM.

I APPLICATION FILED SEPT.2. 1915. 1,31 1,884. Patented Aug. 5,1919.

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F. L. FULLER. REGISTERING AND RECORDING MECHANISM.

APPLICATION FILED SEPT. 2,1915.

Patented Aug. 5, 1919.

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REGISTERING AND RECORDING MECHANISM.

APPLICATION FILED SEPT. 2, 1915.

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REGISTERING AND RECORDING MECHANISM.

APPLICATION FILED SEPT. 2. I915.

Patented Aug. 5, 1919.

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REGISTERING AND RECORDING MECHANISM.

APPLICATION FILED SEPT. 2. I915. 1 ,3 1 1 ',884. Patented Aug. 1919.

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F. L. FULLER.

REGISTERING AND RECORDING MECHANISM.

APPLICATION FILED SEPT. 2. 1915.

1,311,884. Patented Aug. 5,1919.

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REGISTERING AND RECORDING MECHANISM.

APPLICATION FILED SEPT. 2. 1915- Patentd Aug. 5, 1919.

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F. L. FULLER. REGISTERING AND RECORDING MECHANISM.

APPLICATION FILED SEPT.2. i915.

v Patented Aug. 5, 1919.

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APPLICATION FILED SEPT.2.1915. 1,311,884. Patented 5,1919. l i I5 sR SHEET l4.

3111mm F01 5f5 1 Frederick Lfullcr @H'omuu s F. L. FULLER.

' REGlST ERiNG AND RECORDING MECHANlSM.

APPLICATION FILED SEPT.'2, 1915.

1,311,884 Patnted Aug. 5,1919.

, 1 15,8HEETS-SHEETI5- 51100 to; Frederick L filler:

a citizen of the FREDERICK I. FULLER, OF DAYTON,

OHIO, ASSIGNOR. REGISTER COMPANY, OF DAYTON,

TO THE NATIONAL CASH OHIO.

REGISTERING AND RECORDING LIECHANISM.

Application filed September 2, 1915.

' To all whom it may concern -Be it known that I, FREDERICK L. FULLER,

United States, Dayton, in the county of Montgomery and State of'Ohio, have invented certain new and useful Improvements in Registering and Recording Mechanisms, of which I declare the following to be a full, clear, and exact description.

' type carriers printinginstead of shifting the record mahlS invention relates to cash registers and the like and more particularly to the printing mechanism therefor.

e principal object of this invention is to provide an mechanism. 7 Another object of improved form of printing this invention is to .v1 de a machine With a plurality of totalizers and construct improved printing means for printing in columns appropriate to the totalizers.

It is also an object of this invention to provide improved means for shifting the for the purpose of columnar teria e impression e book against the'carriers the second time. Improved means 7 tact of the impression means with the type carriers when no record for preventing operation of the machine whenthe record strip is exhausted. A still further object of the invention is to provide an improved nating mechanism having the well known function ofprevent by the type carriers of high er order than that adjusted to print another amount character and permitting the printing of zeros by Specification of Letters Patent.

residing at a the right hand cam the beginning of the for preventing the con t e cam cams printing of zerosview, 1

Serial No. 48,620. Y

printing mechanism to view.

. ig. 2 is a transverse vertical section of the machine being taken at the right side of one of the banks of amount'keys as on the line AA of Fig. 1. V

Fig. 3 is a full sized detail view showing mechanism.

Fig. 5 is a transverse vertical section of the machine taken at the right hand side of the bank of transaction keys.

Fig. 6 is aright hand detail side view of one of the banks-of waiters keys.

7 is a horizontal sectional view through the printing mechanism being taken on the line BB of F fonthe depositors book and card omitted. Fig. 8 is a longitudinal sectional view through the printin mechanism being taken on the line C-C 0 Fig. 7. Fig. 9 is a full sized detail View showin grooves in the disk for operating the ribbon feeding mechanism and the detail strip im resslon means. Fig. 1' is a full sized for operating the cause the type carriers positors book and card.

Fig. 11 is a'detail longitudinal sectional view through the printing mechanism being platen adapted to to print on the detaken on the line D D of Flg. 7

riers for printing on the gears therefor.

depositors' book and Patented Aug.5, 1919.

1g. 8 with the carriage detail view of the 1 and its zero eliminating showing Fig. 13 isa full sized detail view of the cams and cooperating arm and a portion of the bar for operating the means constructed to shift the amount type carriers for printing on the depositors book and cardwhen an amount is withdrawn.

Fig. 14 is a detail view of one of the racks device for operating an amount type carrier, the rack being shown in zero position.

Fig. 15 comprises two detail views of two adjacent levers for operating the corresponding amount rack bars to eliminate the printing of zeros, the left hand view being in perspective and the right hand partial view being taken from. the left hand end ofthe levers to showtheir over-lapping fingers or projections.

Fig. 16 is a detail sectional view taken on the line of'Fig.- and shows part of the rack and gear connections to the type carriers and part of the ing the release of .the machine when the detail strip is exhauste Fig. 17 is a full sized detail top plan view of the type carriers and their operating connections to the rack bars shown in Fig. 16.

Fig- 18 is a full sized detail cross sectional view through the means for manually adjusting the date type carriers.

Fig. 19 is a full sized detail view of the means for adj printing the year;

Figs. 20 and 21 are full sized cross sectional views through the depositors book carriage and show, in side elevation, the type carriers for printing on the depositors books and cards and the means for shifting the amount type carriers to print in columns, Fig. 20 showing the amount type carriers in position to print in the deposit columns on the depositors book and card and Fig. 21 showing the amount type carriers in'position to print in the withdrawn columns.

Fig. 22 is a full sized cross sectional view through the amount type carriers for printing on the depositors books and cards.

Fig. 23 is a view of a portion ofthe detail strip printed by the machine showing the printing of both items and totals.

-Fig. 24 is a full sized perspective view the impression means for the depositors book and card, and the impression of a book and card. 7

Fig. 25 is a detail view of the means for. alining the type carriers and their operating connections in adjusted positions.

Fig. 26 is a detail top plan view of the carriage for carrying the depositors book and card. N

a Fig. 27 is a deta'l side view of the carriage shown in Fig. 26. 1

Fig. 28 is a detail view showing part of means lock which is effective in the absence device for preventusting the type carriers forpositors bank book 'the files of the savings the motor. clutch, the locking means therefor and the gearing motor rotates the main drive shaft of the machine.

Fig. 29 is a view of a depositors card showing printed entries of withdrawals and deposits.

Fig. 30 is a view of the same depositors book in open position and showing the same records printed therein by the machine.

Fig. 31 is a top plan view of part of the mechanism for controlling the releasing of the operating mechanism and effecting lock ing and releasing of the keys and the devices mounted on ashaft which is operated by the total lever adapted to prepare the machine for total and sub-total printing operations.

Fig. 32 is a detail front plan view of a portion of the totalizing mechanism.

Figs. 33 and 34 are detail views of the cam constructed to shift the totalizer frame to bring the desired totalizer into operative position with the actuating mechanism, the cam being shown in front elevation in Fig. 3a andin side elevation in Fig. 33.

Fig. 35 is a full sized transverse vertical section through the machine taken on the line F-F of Fig. 1 and showing the mecha- The machine in the illustrativeform of.

embodiment disclosed herein is designed, more especially for use in postal savings systems and in ordinary savings banks, for insuring accuracy.- in and drawn by depositors. The machine is more partlcularly adapted-separately to totalize the amounts deposited and the amounts I facilitating the ,recording ofamounts deposited and withthrough which the nism for controlling the machine in total withdrawn and-to print -the depositors Y number and the amounts deposited and withdrawn by the depositor on a permanent record retained in the machine, on the dein thepossession' of the depositor and on the depositors card kept in bank or post office. Although the accompanying drawings show the invention in preferred form applied to this particular that it is not intended to limit the invention to such use as it is equally well adapted for use in institutions similar to savings banks, such as building associations and ordinary banks, and also in many other mercantile establishments and in many not only in the use of deposit and withdrawalof moneys but of stock, quantities and price, etc. a

Described in general terms the machine comprises two totalizers mounted ina frame whi h 1s movable to bring either one of the other relations use it is to be understood totalizers into operative relation with difl'erof engagement with actuating gears into ential actuatorscontrolled by manipulative printing position. Ifthe amount printed means, such as banks of keys. The moveis deposited, the amount type carriers for mentof the frame carrying the totalizers is printing on-tl1e book and the card are not 5 controlled by two transaction keys. In the shifted but if the amount is withdrawn these illustrative form of embodiment disclosed type carriers are shifted b shifting means the depositors for any desired period of columns on the'book an d the card. 10 time and the other totalizer is employed to he impression means for printing on the accumulate all of the amounts Withdrawn detail strip is operated at each operation of by the depositors. I Y the-machine. The impression means for the W0 groups of type carriers arev employed card and the book, however, is automatiin the present machine, one group being cally disabled when neither a book or a 15 used to print on the detail strip and the card is 'in the above mentioned carriage, other on the depositors books and cards. It this being the case when the machine is op-' is understood, of course, that there is one of erated to print a total or subtotal only on these books and cards, for each depositor, [the detail strip. The detail strip also coneach depositor being given a different numtrols means for preventing depression of 20 ber. The depositors books are retained in the transaction keys, that is, the withdrawal the possession of the deposltors while the and deposit keys, when the detail strip is cards are retained in the files of the bank exhausted. or post office. Each group of type carriers For the purpose of illustration the invencomprises a set of amount type carriers tion is shown applied to a type of machine 25 controlled by the banks of amount keys, a the general principle of which is disclosed set of depositors type carriers controlled byin Letters Patent of the United States, isbanks of keys which-are operated in accord-- sued to William A. Chryst, on June 26, 1917, ance to the depositors number and a set of No."1,230,864, and containing improvements manually adjustable date type carriers. 'A shown and described in Letters Patent of 30 type carrier controlled by the transaction the United States, issued to applicant on keys and a type carrier controlled by the Oct. 9, 1917,No. 1,242,170.. While the inventotal lever are also included in the group' 'tion is shown applied to this particular type of type carriers for printing on the detail :of machine it is to be understood that the instrip. ventlon is susceptible of use with other t pes '35 When a depositor wishesto deposit or of accounting machines and therefore it is wlthdraw a sum of money the operator in not intended to limit the scope of the invenserts the depositors book 1n the carriage in tion to use with the particular type. of mathe mach ne and inserts the corresponding chine shown.

40 post ofiice above the book in a guide-way 'opemtmg mechanism on the carriage. The carriage is manually The motor mechanism which it is desired shifted relative to the type/carriers in order to use in connection with the present in that the desired lines'on the book and card vention is of awell'known type shown and may be printed ,on by the type carriers emdescribed in Letters Patent of the United 45 ployed to print on the card and book. The States, No. 1,144,418, granted to Charles operator then depresses the amount keys and F. Kettering and William A. Chryst, on

e depositors keys representing the amount June 29, 1915, and for a detailed descripand the depositors number and finally de-. tion of same reference may be-had to that presses the depositor withdrawal key, depatent Only part of theclutch mechanism 50' pendent upon whether the amount 1s de-' for the electric driving device is shown in posited or withdrawn for the purpose of re -t e accompanying drawings showing the leasing the machine. Upon operation. of present invention-- o the machine the depositors and the amount The motor, and mechanism in F ig. 28, is

keys control the positioning of the correlocated on the.,le ft end of the machine. A v 55 sponding type carriers and the impression member 50 forming one part of the clutch means'is then operated-twice, the card bedevice and shown in sectlon (Fig. 28) is ingprinted upon the first time the impresrotated through means (not shown) by the 60 upon and before the platen is again operand is connected thereby to the clutch mem ated to eifect printing on the book, the card- ,ber 50 upon release of the machine, as fully is ejected'from the carriage to permitthe shown and described in'the aforesaid Ketprinting on the book. Upon each operation tering and Chrystlpatent. A locking disk o t e machine the type carriers for print- 53 is provided with a lockingshoulder which 05 ing, on the book and the card are rocked out is engaged by a nose on a locking lever 54 machine, as will be .55 of an arm 56 fast on & pivoted to the left hand side frame of the machine. The opposite end of the lever'54 is provided with upon the upper edge of a frame) whereupon this disk and other parts (not shown) are moved by spring action to eifect the connection of the motor clutch and close a circuit through the motor. The clutch member 51 is fast on a sleeve 60 mounted on a stud 61 projecting from the side frame of the machine. A gear wheel 62 is fast on the sleeve 60 and meshes with an intermediate gear 63 which in turn meshes with a gear 64 fast on the main drive shaft 65. Through this gearing the motor gives the main drive shaft 65 one complete rotation upon each adding-operation of the machine. r

For the purpose of restoring the locking arm 54 to locking position near the end of machine, engages 70 of the link 67.

the operation of the machine, a link 67 is pivotally connected at its upper end to the slot 68 through which a pin on the frame of the machine projects to guide the link in its reciprocation. he ear wheel63 is provided with a stud 69 which,-near the end-of the operation of the the lower curved surface The surface 70 is so constructed that its engagement with the stud y I rocked back to q and the deposit key 69 causes the link 67 moving the locking lever 54 locking position.

As will be described later, the arm 56 is its normal'position just before the'stud 69 passes out of engagement with the surface on the link 67 in order to retain the lockinglever 54 in its normal position.

to be raised thereby back to normal Keyboard.

The keyboard (Fig. 1) comprises three banks of amount keys 73, five banks of depositors keys 74, one bank of transaction keys, consisting of the withdrawal key 76, and a total control lever 77, employed to control the machine for total and sub-total printing operations. The construction of the key banks is very similar to that shown and described in the aforesaid Fuller patent and Chryst patent, and therefore, they will be described but briefly here. The keys of each bank are mounted in an individual frame 79 (Figs. 2, 5 and 6) mounted on cross rods 80 and springs (not shown) are employed normally to retainthe keys in undepressed Position.

.taining the key in Theamount keys 73 (Fig. 2) coiiperate with key detents 81 and locking plates 82. The detents 81 are supported at their upper and lower ends respectively by arms 83 an 84 loosely pivoted on pins .85 on; the key frames 79. When a key is depressed the inclined edge of a shoulder 87 on. the key engages a corresponding pin88 on the detent, thus moving the shoulder is past the pin, when the detent is spring drawn upwardly thereby redepressed position. The 'arm 84 engages a pin 89 on a zero stop pawl 90 which is normally in effective position and when the detent 81 is moved downward, the pawl 90 is rocked clockwise (Fig. 2) to render it inefiective. A spring 91 connected at its lower end'to the pawl and at its upper end to the key frame serves to retain the pawl 90 and detent 81 in normal position.

The locking plates 82 (Fig. 2) for the banks of amount keys are provided with extensions which immediately upon the depression of a transaction key pass over pins 92 on the depressed keys and under thepins 92 on the undepressed keys, thereby preventing manipulation of the keys during an operation of the machine. In order to give the locking plates 82 the required upward movement the upper supporting arms 93 for the locking plates are provided with extensions 94 extending overa rod 95 carried by arms 96 (Figs. 2 and 31) fast on the shaft 57 This shaft 57 is rocked counter-clockwise (Fig. 2) upon depression of a transaction key, as will be described presently, whereupon the rod 95 lifts the locking plates into locking position.

Key detents 99 (Fig. 6) and locking plates 100 for the banks of depositors keys are similar to the detents and locking plates for the amount keys and perform the same functions. Arms 101 supporting the upper ends of the locking plates 100 are provided with recesses 102 through which projects a rod 103 (Figs. 6 and 31) supported at its right hand end in an arm projecting from a yoke and at its left hand end in an ar1n104. The arm 104 and the yoke 105 are fast on a sleeve 106 and the yoke 105 is also fast on a sleeve 107,these sleeves 106 and 107 being loose on the shaft 57. The sleeves 106 and 107 are rocked clockwise (Fig. 6) as" will be described presently when a transaction key is depressed, whereupon the rod 103 is raised to lift the locking plates 100 to locking posiwhen the keys in the corresponding banks are not operated.

- straddle the shaft 57.

and depositors keys. Cooperating with the upon slots 112 are curved, depres- S1OI1 of a key through the pin 92 lowers the plate 111 against the action of a sprina 113, the supporting arms 114 for the plate being swung on pivots 85.

The'uppe r arm 114 carries a pin 115 extending into a recess (Figs. 5

cross rod is prevented from rotating Fig. 35) fast on the 118, which by an arm 119 rod 118 and forked to The sleeve 117 car- (Fig. 31). It can be seen that through the sleeve 117, arm 120, yoke 122, sleeve 107 and yoke 105, the downward movement of the plate 111 on depression of the transaction key rocks the sleeve 106 to raise the rod 103 Fig. '6) and thereby raise the locking plates 100 for the depositors keys to lock these keys against manipulation during operation of the machine, as above stated. Upon depression of a transaction key the shaft 57(Fig. 28) is rocked to move the arm 56 out of engagement with the roller on the locking lever 54 and thereby permit operation of the motor. To this 'end the right hand end of the shaft 57 carries an arm 125 (Figs. 31 and 36) carrying a pin 126 projecting into a slot 127 formed in the upper end of a link 128.' A coil to rock the arm 125 and therefore the shaft 57 clockwise as viewed in Fig. 36, but this arm 56 out of engagement plate 110', which is spring 129 tends permitted to rock the shaft with the roller on the locking lever 54 to permit the release of the machine. This movement of the shaft 57 is limited by the engagement of a finger 123 on the arm 125 with a stud 124 on the frame of the machine.

the rod 95 (F1gs. 2 and 31) the locking already described.

As the pin 131 upon depression key. As the slots 112 are curved each cooperates with the pin 92 on its corresponding key when the key is depressed to retain the latter in depressed moved away from under its pin 92 the undepressed key will be locked against depression during operation of the machine.

For t e purpose of compelling the deof a depositors key before a transcan be operated and thereby call the operators attention to the fact that the eys representing the depositors number on the rod 118. V he yoke member 141 has fiv'e upwardly and fingers 142 which normally engage pins 143 by which the upper ends of the detents 99 for the banks of depositors keys are pivotally connected to their upper supporting be attempted to release 111 (Fig. 5) by the transaction ke When a depositors key, however, is depressed the pin 143, which connects the upper end of ,the'detent 99 for the particular bank with its supporting arm through itsengagement with the corresp0nding finger 142 rocks the yoke member 141 counter clockwise (Fig; 6) against the acwhereupon the moved away from in front of To'eflect t e release of the amount keys t e mechanism shown in Fig.

forwardly extending 

